OEM Custom Turning Milled Metal Parts

Advanced Material Processing Solutions for High-Performance Industries

Our precision engineering services deliver tailored manufacturing solutions for demanding sectors such as new energy vehicles, telecommunications, medical devices, and industrial machinery. Leveraging cutting-edge CNC Milling technology, we specialize in processing lightweight magnesium alloys, high-conductivity copper alloys, and corrosion-resistant stainless steel components—each optimized for performance, durability, and cost-efficiency.

Key Features

• High-Precision CNC Milling with minimal cutting force for consistent dimensional accuracy
• Surface treatment capabilities including anti-corrosion coatings for enhanced longevity
• Five-axis machining for intricate heat dissipation structures with surface finish below Ra 0.8μm
• Specialized tooling for stainless steel parts to reduce cycle time and improve consistency
• Integrated Laser Cutting and Sheet Metal Bending for complex geometries and material optimization

Detailed Description

For applications requiring ultra-lightweight yet robust materials, our magnesium alloy precision machining uses advanced CNC milling techniques that minimize tool wear while maintaining tight tolerances—ideal for EV battery enclosures, aerospace components, and portable electronics. The process ensures structural integrity without compromising on weight savings, making it a preferred choice among manufacturers seeking sustainable design.

In the realm of thermal management, copper alloy parts demand both geometric complexity and superior thermal conductivity. Our five-axis CNC systems enable precise fabrication of multi-channel cooling fins and heat sinks, achieving surface roughness levels under Ra 0.8μm—critical for efficient heat transfer in 5G base stations, server racks, and high-power LED lighting. Coupled with laser cutting for optimal nesting, this approach maximizes raw material utilization and reduces waste significantly.

For industries where hygiene, strength, and chemical resistance are paramount, our stainless steel processing leverages carbide-tipped tools designed specifically for austenitic, ferritic, and duplex grades. Whether producing surgical instruments, food processing equipment, or pharmaceutical machinery, our CNC Milling Service ensures clean cuts, smooth finishes, and repeatable quality. Additional forming via sheet metal bending allows us to create integrated assemblies that meet stringent regulatory standards like ISO 13485 and FDA compliance.

Applications & Use Cases

These engineered solutions are widely adopted across global markets for automotive lightweighting, telecom infrastructure, healthcare device manufacturing, and industrial automation. Common end products include motor housings, radiator cores, medical trays, sensor mounts, and electronic enclosures—all benefiting from reduced lead times, improved part consistency, and scalable production volumes.

Customer Testimonials

“The precision and surface finish on our copper heat sink components exceeded expectations—we saw a 30% improvement in thermal efficiency after integration.” – Engineering Lead, European Telecom Manufacturer

“Working with their team allowed us to transition from prototyping to full-scale production seamlessly. Their attention to detail in stainless steel finishing made all the difference in meeting medical-grade requirements.” – Procurement Manager, North American Medical Device Company

Frequently Asked Questions

What makes magnesium alloy machining different from aluminum? Magnesium offers higher specific strength-to-weight ratio and better vibration damping properties, but requires careful control of cutting parameters to avoid oxidation and tool chatter.

How do you ensure surface quality for copper alloy parts? We employ high-speed milling strategies, specialized coolant delivery, and post-process polishing to consistently achieve sub-Ra 0.8μm finishes critical for thermal interface performance.

Can you handle small batch orders? Yes, our flexible CNC workflow supports low-volume runs without sacrificing quality or turnaround time—perfect for startups, R&D labs, and custom OEM projects.

Are your facilities compliant with international standards? All processes follow ISO 9001 and AS9100 guidelines, with traceable documentation for every component produced—ensuring reliability across global supply chains.